The three elements of the fire triangle that must be present are Heat, Oxygen, and Fuel.
This has recently been changed though from the fire triangle to the fire tetrahedron. This includes Heat, Oxygen, and Fuel as well. But, it also contains a fourth, chemical reaction.
Oxygen, Heat, and a Fuel Source are all needed to create a fire.
Heat, fuel, oxygen. Three elements needed for a fire that can be put at the 3 points of a triangle. Remove any one of them and the fire goes out
Heat, fuel and oxygen are used in the fire triangle in order for it to work
The three points of a fire triangle are oxygen, heat, and fuel. For a fire to stop, one of these points must be removed from the triangle.
Oxygen, Heat, Fuel.
There is what is known as a "fire/combustion" triangle, which has the three components necessary for fire: oxygen, fuel, heat
For fire you need three main ingredients. First you need a fuel, this fuel can be anything that burns like wood for example. Second you need oxygen, without oxygen a fire cannot burn. Finally you need heat, even though fires give off heat you still need it to start a fire. If you remove any one of these three ingredients then the fire will die.
All 3 things around the triangle you need to create and sustain fire - heat-fuel-oxygen. If you take any of them out you can not produce or sustain a fire.
Three things are needed for fire to burn, often referred to as the triangle of fire. Oxygen, heat and fuel, it is only the fuel that burns, the oxygen and heat together cause the fuel to burn.
is example of exothermic
The three points in the fire triangle are fuel, heat and oxygen. To stop a fire you need to take one of those elements away from the triangle :)
fuel, oxygen, and heat.
Any three points anywhere in space can be the vertices of a triangle, as long as all three are not colinear.
Vertices
It's called a "triangle". All of them have three points.
False. Three collinear points determine a line while three non-collinear points determine a plane ( A Triangle)
no
well yes, obviously. A triangle constitutes of three points, and you can always find a plane that traverses those three points.
A triangle? Three lines that intersect in three points.
Three non-collinear points do not determine a unique spherical triangle.
They are the three points at which the sides of a triangle meet - in pairs.
Verticy, or vertices